Given the devastating losses incurred by past major earthquake events together with the
ever-increasing global seismic exposures due to population growth and urbanization …

In seismic reliability analysis the total failure probability is determined by combining the
fragility curve–representing the response of the structure to seismic excitation–with the …

A probabilistic assessment is performed using different seismic fragility analysis approaches
for structures under non-stationary stochastic ground motions. Four commonly used …

This paper describes statistical procedures for developing earthquake damage fragility
functions. Although fragility curves abound in earthquake engineering and risk assessment …

The estimation of building fragility, ie, the probability function of seismic demand exceeding
a certain limit state capacity given the seismic intensity, is a common process inherent in any …

The fragility curve is defined as the conditional probability of failure of a structure, or its
critical components, at given values of seismic intensity measures (IMs). The conditional …

A methodology aiming to predict the vulnerability of masonry structures under seismic action
is presented herein. Masonry structures, among which many are cultural heritage assets …

Laser-scanned point clouds can be used to represent the 3D as-damaged condition of
building structures in a post-disaster scenario. Performing crack detection from the acquired …

Data‐driven models for seismic damage and loss assessment of buildings have become
more common in recent years due to the availability of large repositories of recorded and …

When performing loss assessment of a geographically dispersed building portfolio, the
response or loss (fragility or vulnerability) function of any given archetype building is …